AI use cases for business: start with the decision you need to improve
These pages translate common AI requests into business scope, prerequisites, evidence, metrics, risks and provider questions. They are not a list of technologies or a ranking of vendors.
Independent selection
A provider's payment does not determine whether it is included.
Traceable data
Profiles distinguish public sources, provider-supplied information and AIPartnerLens analysis.
Fit before volume
The shortlist focuses on a few comparable providers, not a wall of logos.
AI automation
AI automation: what should you automate first?
Start with a stable business process, not with a tool. A useful automation brief makes the trigger, inputs, rules, exceptions, human approvals and expected output visible before an agency proposes Make, n8n, APIs or an AI agent.
Open the decision guideCustomer service
AI for customer service: where does automation actually help?
Customer-service AI can answer recurring questions, assist agents, classify inbound requests or automate bounded actions. The useful starting point depends on knowledge quality, channel mix, helpdesk integration and the cost of a wrong answer.
Open the decision guideHuman resources
AI for human resources: useful starting points and safeguards
HR teams can use AI for administrative support, document drafting, internal knowledge and employee-service workflows. Higher-risk decisions involving hiring, performance or employment status need much stronger legal, fairness and human-review controls.
Open the decision guideManufacturing
AI in manufacturing: which use case should you tackle first?
Manufacturing AI only creates value when it fits real plant constraints: machine data, ERP or MES integration, operator workflows, latency, safety and maintenance. Start from a measurable bottleneck rather than a generic AI roadmap.
Open the decision guideSales productivity
AI sales assistant: speed up research and responses without losing control
An AI sales assistant can help research accounts, summarize calls, draft responses, retrieve product knowledge or prepare CRM updates. The best first use case is usually one where the seller remains accountable for the final decision or message.
Open the decision guideFinance operations
AI invoice checking: automate extraction without hiding exceptions
Invoice automation can extract fields, match invoices against purchase orders or contracts, detect discrepancies and route exceptions. The value comes from controlled exception handling and ERP integration, not from OCR accuracy alone.
Open the decision guideOrder processing
OCR order entry to ERP: reduce rekeying while keeping validation visible
Order-entry automation can extract customer, product, quantity and delivery information from PDFs, email attachments or scans, then prepare an ERP record. The difficult part is resolving ambiguous references and exceptions without silently creating wrong orders.
Open the decision guideProcurement operations
AI supplier onboarding: speed up qualification without weakening controls
Supplier onboarding combines document collection, data entry, policy checks, approvals and ERP or procurement-system updates. AI can reduce repetitive work, but qualification rules and accountability must remain explicit.
Open the decision guideEnterprise knowledge
Enterprise RAG: when does a knowledge assistant make business sense?
RAG connects a language model to controlled company knowledge so users can ask questions with source context. The real work is not the chatbot interface: it is source quality, permissions, retrieval evaluation, freshness and operational ownership.
Open the decision guideSupply chain
AI inventory optimization: improve replenishment without turning planning into a black box
Inventory optimization combines demand patterns, lead times, service levels, constraints and business rules. A useful project should beat a clear baseline and help planners understand exceptions rather than replacing every decision with an opaque forecast.
Open the decision guideProduction planning
AI production planning: improve schedules around real operating constraints
Production planning is a constraint problem before it is an AI problem. Machines, labor, changeovers, materials, priorities and maintenance windows all shape a useful schedule. The provider should make those constraints explicit and prove improvement against the current planning process.
Open the decision guideQuality control
AI quality control with computer vision: prove performance on real defects
Computer vision can support visual inspection when defects are observable and imaging conditions can be controlled. A credible pilot must include rare defects, normal variation and the real cost of false rejects and missed defects.
Open the decision guideMaintenance
AI predictive maintenance: predict the failures that maintenance teams can act on
Predictive maintenance is useful only when a signal gives technicians enough time and context to act. The project needs reliable equipment history, maintenance records and a definition of which failure modes are worth predicting.
Open the decision guide1. Frame
Define the problem and baseline
Name the process owner, current cost, constraints and decision criteria before choosing an AI technique.
2. Test
Use representative evidence
A credible pilot uses real edge cases and a baseline, not a curated demo designed to look impressive.
3. Operate
Plan ownership before go-live
Security, monitoring, human escalation, documentation and maintenance are part of the product, not afterthoughts.